This paper investigates the bending behaviour of aluminium alloy pipes, which is pivotal for applications in aerospace, automotive, and construction industries. The study encompasses an analysis of the mechanical properties and deformation mechanisms inherent to aluminium alloys, focusing on their influence under bending loads. Influence of the factors such as material composition, heat treatment, pipe geometry, and loading conditions are critically examined. The paper also studies the experimental and numerical methods employed in assessing bending performance, including finite element analysis and various testing procedures. Comparative studies of different aluminium alloys highlight their respective advantages and limitations in bending applications. The synthesis of recent advancements and findings provides a thorough understanding of how aluminium alloy pipes respond to bending forces, offering valuable insights for optimizing their use in practical engineering scenarios.